Author:
Zheng, Yun (Chemical engineer) author.
ImprintBoca Raton : CRC Press, Taylor & Francis Group, [2019]
Descriptionxvii, 306 pages : illustrations (some color) ; 24 cm.
Note:Introduction to CO2 reduction through advanced conversion and utilization technologies -- Fundamentals of CO2 structure, thermodynamics and kinetics -- Enzymatic and mineralized conversion process of CO2 conversion -- Thermochemical and photochemical/photo-electrochemical conversion process of CO2 conversion -- Low-temperature electrochemical process of CO2 conversion -- High-temperature electrochemical process of CO2 conversion with SOCs 1: Introduction and fundamentals -- High-temperature electrochemical process of CO2 conversion with SOCs 2: Research status -- High-temperature electrochemical process of CO2 conversion with SOCs 3: Key materials -- High-temperature electrochemical process of CO2 conversion with SOCs 4: Measurement, characterization and simulation -- High-temperature electrochemical process of CO2 conversion with SOCs 5: Advanced fabrication methods (Infiltration and freeze casting) -- High-temperature electrochemical process of CO2 conversion with SOCs 6: Advanced structure (Heterointerface) -- High-temperature electrochemical process of CO2 conversion with SOCs 7: A significant phenomenon (Cation segregation) -- High-temperature electrochemical process of CO2 conversion with SOCs 8: cell and stack design, fabrication and scale-up -- High-temperature electrochemical process of CO2 conversion with SOCs 9: Degradation issues -- Economic analysis of CO2 conversion to useful fuels/chemicals -- Summary and possible research directions for CO2 conversion technologies.
Bibliography Note:Includes bibliographical references and index.
Note:This book covers fundamentals, advanced conversion technologies, economic feasibility analysis, and future research directions in the field of CO2 conversion and utilization. It emphasizes several principles of conversion technologies for CO2 reduction.
